CVE-2025-2611 exploited via ICTBroadcast command injection

How to spot dark web threats on your network using NDR Cybersecurity professionals recognize that enterprise networks are prime targets for dark web risks such as ransomware, unauthorized insider activity, and data exfiltration. What’s less obvious is that evidence of this activity often hides in plain sight, buried within everyday network traffic. For security leaders using Network Detection and Response (NDR), these hidden signals become opportunities for the defense. Wondering how to spot dark web threats on your network?

The Model Context Protocol (MCP) is a standardized framework that bridges LLMs and enterprise systems with seamless automation. That bridge also expands the attack surface in ways defenders often overlook. In our latest Threat Labs blog, we explore two subtle, but devastating vectors: indirect prompt injection and RUG Pull attacks. Read the blog.

The Model Context Protocol (MCP) is a standardized framework that bridges LLMs and enterprise systems with seamless automation. That bridge also expands the attack surface in ways defenders often overlook. In our latest Threat Labs blog, we explore two subtle, but devastating vectors: indirect prompt injection and RUG Pull attacks. Read the blog.

The Model Context Protocol (MCP) is a standardized framework that bridges LLMs and enterprise systems with seamless automation. That bridge also expands the attack surface in ways defenders often overlook. In our latest Threat Labs blog, we explore two subtle, but devastating vectors: indirect prompt injection and RUG Pull attacks. Read the blog.

🔒 Don’t Let the Dark Web Sneak Into Your Network Undetected Here's a compelling article about how Network Detection & Response (NDR) tools can help surface dark-web–style threats hiding inside your network traffic. 🦾 Some thoughts that stayed with me: 🎯 Attackers often try to blend in, heavy encryption, anonymization tools like Tor, or weird ports, making detection harder. 🎯 A good NDR system learns what “normal” looks like for your network, then flags deviations (odd connections, strange destinations, abnormal traffic patterns). 🎯 Visibility is key. Sensors placed at strategic points (core, edges, internal segments) help catch both external threats and lateral movement inside. 🎯 But tools alone aren’t enough, the real power comes from threat intelligence, active hunting, and tuning your detection logic over time. 💡 If your org is thinking of building out internal visibility or evaluating NDR, this article is a solid read. 📩 DM us if you're now ready to take advantage of our 1-hour FREE site consultation to streamline your IT management. See you! Source: https://lnkd.in/g7XmaPCv #CyberSecurity #CyberResilience #BusinessSecurity #NetworkMonitoring #DataProtection #ITManagement #ThreatHunting #NetworkVisibility #TechLeaders #CISO

Modern supply-chain attacks and their real-world impact | CSO Online Supply-chain attacks have evolved considerably in the las two years going from dependency confusion or stolen SSL among others once common attacks to AI-backed social engineering and open-source registrie https://lnkd.in/eEq6Tx8R #businesscontinuity

#Probing Probing is a technique used by attackers to gather information about a target network or system. A probe attack is a type of cybersecurity attack that gathers information about a system or network to find vulnerabilities. It can involve network scanning, which sends a flood of requests to a host to identify open ports and services, or physical attacks that involve physically accessing a chip to extract data. This process involves sending requests or queries to identify active devices, services, and open ports. The goal of probing is to map out the network infrastructure, understand the architecture, and determine potential vulnerabilities. By obtaining a detailed view of the network layout, an attacker can plan further attacks more effectively, identifying critical assets and potential entry points. This initial reconnaissance is crucial for crafting a strategy to exploit the system or to perform more sophisticated attacks. Purpose: This intelligence is used to identify potential weaknesses, which can then be exploited for more serious attacks, such as Denial-of-Service (DoS) attacks. Example: Tools like nmap are used to scan for open ports and identify vulnerabilities on a web server. #Network Probing : Prevention To prevent a network probing attack, here are some steps that organizations can take: -Implement network security measures -Monitor network traffic -Disable unnecessary services -Conduct regular vulnerability scan -Keep software and systems up to date References: https://lnkd.in/gnEWxVym

Thrilled to get my self immersed in Wireshark , by doing so you learn to follow a certain workflow template . The goal always is to determine what is happening with the host in question 1-what is the issue? a brief summary of the issue. 2-define our scope and the goal (what are we looking for? which time period?) --Scope: what are we looking for, where? --when the issue started: --supporting info: Files, data sources, anything helpful. 3-define our target(s) (net / host(s) / protocol) --Target hosts: Network or address of hosts. 4-capture network traffic / read from previously captured PCAP. --Perform actions as needed to analyze the traffic for signs of intrusion. 5-identification of required network traffic components (filtering) --once we have our traffic, filter out any traffic not necessary for this investigation to include; any traffic that matches our common baseline, and keep anything relevant to the scope of the investigation. 6-An understanding of captured network traffic --Once we have filtered out the noise, it's time to dig for our targets. Start broad and close the circle around our scope. 7-note taking / mind mapping of the found results. --Annotating everything we do, see, or find throughout the investigation is crucial. Ensure you are taking ample notes, including: ---Timeframes we captured traffic during. ---Suspicious hosts/ports within the network. ---Conversations containing anything suspicious. ( to include timestamps, and packet numbers, files, etc.) 8-summary of the analysis (what did we find?) --Finally, summarize what has been found, explaining the relevant details so that superiors can decide to quarantine the affected hosts or perform a more critical incident response mission. --Our analysis will affect decisions made, so it is essential to be as clear and concise as possible. Complete an attempt on your own firs #InfoSec #SomeSOC #THEGAOLISCISO

Is your computer compromised? Learn how to know if your PC is hacked and the immediate steps to remove a cyber attacker from your system in 2025! If you're noticing suspicious activities, sudden slow performance, or strange pop-ups, your personal data and accounts might be at risk of a data breach. This comprehensive guide provides 8 crucial indicators of a PC hack and shows you exactly how to secure your device and prevent identity theft. I walk you through advanced scans, software removal, and critical account security checks. https://lnkd.in/gKD37cDf SUBSCRIBE for weekly cybersecurity tips! https://lnkd.in/gvDPi-Nz https://lnkd.in/gKD37cDf

In conversation with Techzine, Qualys CEO Sumedh Thakar shared why modern enterprises need a Risk Operations Center (ROC) alongside their Security Operations Center (SOC). The ROC focuses on proactive risk reduction – uniting vulnerabilities, misconfigurations, and identity under a single, business-aligned risk framework. He also highlighted how Qualys is leading this evolution with its Agentic AI-powered platform, helping organizations move from dashboards to outcomes. Watch the interview here: https://bit.ly/48YUmZc #ROC #RiskManagement #AgenticAI